水循环关键要素遥感反演研究进展OA
Progress of studies on remote sensing inversion of key elements of water cycle
水循环是地球系统中至关重要的过程,对水资源管理、气候变化应对和生态环境保护有着深远的影响.遥感是大尺度监测水循环关键要素的主要手段,过去几十年已经取得诸多进展.梳理了当前蒸散发和降水等水循环关键通量要素及土壤水和水储量等水循环关键储量要素的遥感反演技术研究进展,指出了当前精细化监测的发展方向,提出技术创新方向以及亟待解决的科学问题,以期为提升水循环遥感学科发展和应用的深度与广度提供参考.
The water cycle is a crucial process in the Earth system,profoundly affecting water resource management,climate change response,and eco-environment protection.Remote sensing is the primary means of monitoring key elements of the water cycle on a large scale,and significant progress has been made over the past few decades.This paper reviews the research progress in remote sensing inversion technology for key water cycle movement elements such as evapotranspiration and precipitation,as well as key water cycle storage elements such as soil moisture and water storage.It also identifies the current trends in refined monitoring,proposes directions for technological innovation,and highlights urgent scientific issues that need to be addressed.This review aims to provide references for enhancing the depth and breadth of development and application in the field of water cycle remote sensing.
崔要奎
北京大学地球与空间科学学院遥感与地理信息系统研究所,100871,北京
水利科学
水循环通量要素储量要素遥感反演数据模型应用水量平衡
water cyclemovement elementsstorage elementsremote sensing inversiondatamodelapplicationwater balance
《中国水利》 2024 (011)
67-72 / 6
国家重点研发计划"跨流域跨区域特大干旱场景推演与智慧防御"(22022YFC3002802).
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